Altair HyperForm Solista 14.0

HyperForm is a powerful software for simulating and analyzing metal forming operations and pressing processes. This software works based on the finite element method and has many applications in various industries.
Altair HyperForm Solista 14.0
5.0/5 Votes: 1
Author
Altair Engineering
Version
14.0
Updated
May 9, 2020
Requirements
Multi Requirements
Size
1.16 GB
Download
5013

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Description

HyperForm is a powerful software for simulating and analyzing metal forming operations and pressing processes. This software works based on the finite element method and has many applications in various industries. For example, in the parts manufacturing and press industries, the capabilities of this program can be relied upon. Using this program, engineers are able to perform from the initial stages of conceptual design to the last stages of production in the field of press products using this program.

One of the important issues in this optimization process is the production process itself. Using the finite element method, Hyper Form takes over the optimization of production processes, and the output will be what you expect. This program is the result of years of experience with Altair in the field of manufacturing simulation products, design processes, computational modeling, use of optimization technologies, post-processing operations and more. This program is a comprehensive solution with special capabilities for analyzing and improving the production cycle phases.

With HyperForm, you can more easily anticipate potential issues and problems in the metal forming process and the press industry and reduce costs. According to the manufacturer, the strongest Slover currently in the metal forming industry belongs to this program. This software allows you to calculate the amount of molds and their parts thrown away before the actual production of the product, so that the additional costs do not exceed the production process. The appearance of this program is also good enough to be designed so that you can master its capabilities in a short time. This software is one of the most complete programs on the market to simulate pressing processes. You can easily analyze, simulate and finally evaluate all work press processes.

Required system

Supported Operating Systems: Windows 7even / 8.x / 10

Features

HyperForm One-step®, HyperBlank®

  • Support geometry files from all standard CAD softwares and PLM systems
  • Designer friendly model setup for forming feasibility analysis
  • Process information like process type, draw direction, blank holder, drawbeads can be added to the feasibility analysis to take it closer to the real stamping process.
  • Fastest and most accurate solver in the market place with results in seconds.
  • Quick and efficient tools to interpret the results for potential forming defects.
  • Flatten product to flat blank or any preform shape of user’s choice.
  • Accurate blank shape prediction for blank layout and nesting
  • Optimal Nesting of blank shape in coil for progressive die and Transfer die forming with manufacturing constraints for maximum material utilization.
  • Simplified interface to setup optimization of product features for forming feasibility using HyperStudy with One-step solver.
  • Forming feasibility and nesting in batch mode with minimal user inputs for several parts on post-release BOM for quick overview of released designs.
  • Forming results for mapping to product performance analysis (Crash, Structure, Thermal, NVH, and Durability) to improve its predictive accuracy.

HyperForm Die Module®, HyperForm Solista®

  • Support geometry files from all standard CAD software’s and PLM systems
  • Intuitive work flow for designers to go from the product to complete die face design.
  • Quick identification of stamping features in the part: Holes, Flanges, Shoulders,…
  • Preparation tools for die face design with automatic hole filling, tipping, edge with smooth continuous transitions,…
  • Automatic and Manual binder surface generation from the part geometry with options to edit them to user needs.
  • Powerful parametric and NURBS based addendum, drawbar, draw bead surface development to quickly create, modify multiple variants of die face designs.
  • Automatic trim line development on the die face to account for any flanges and omitted part features.
  • Quick check on trimming feasibility along the trim line.
  • Export die face design in file formats acceptable for standard CAD softwares and PLM systems

HyperForm Incremental ®, HyperForm Solista®

  • Automatic tool creations based on process type from die face design
  • User friendly and intuitive interface for designers and engineers to setup models for all sheet forming process types including hot stamping with quenching.
  • Single user interface to setup forming process for blanks of different types: sheet metal, plates, tubes and composite plies.
  • Users can create their own custom process and store it as templates for quick reuse and share them to establish uniform modelling practices in a team.
  • Transfer die or progressive die forming can be modeled using multistage manager that can stich several individual stages and manages movement of the blank from one stage to another as in reality.
  • Fast, Robust, Accurate and Scalable Incremental solver RADIOSS provides quick and best-in-class forming and spring back results.
  • Efficient result interpretation in HyperView ® with special tools for forming relevant post processing like FLD, Draw-in, springback displacement relevant to fixture points, springback compensation, Blank shape prediction, etc..
  • Simplified interface to setup optimization of process parameters, blank shape, tooling parameter in a stamping process for forming feasibility and springback using HyperStudy with RADIOSS.
  • Trim line and Blank shape optimization to support net shape manufacturing.
  • Die structure topology optimization using RADIOSS with Optistruct for maximum tool life and lightweight.
  • Model setup and optimization of tube forming process: bending and hydroforming.
  • Model setup for LSDYNA® as an alternate incremental solver also available.

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